• Manage end to end the entire automation process, design and installation for 4 value streams. 4 Automation Projects worth over $50M with savings of over $10M per year.• Managed and coordinated the installation of an additional $3M in Capital Projects• Expert Level at Change Control using Trackwise 8• Integration of design with Rockwell and Allen Bradley PLC Systems Leadership of over 80 contractors to install projects and automation equipment

• Utilized PMP skills to manage Automation projects for equipment that produces medical equipment• Use of Change Control in order to propose and track projects• Use of CAPEX skills in order to manage finance of capital project worth over 4 million dollars• Use of 6sigma to create projects that reduce scrap waste

• Managed 100+ operators daily to meet performance goals across 4 main value streams• Applied 6sigma Lean manufacturing techniques to reduce scrap production• Utilized FDA specifications in order to maintain GMP• Developed new SOPs to align GMP practices within the guidelines of the FDA• Used Engineering background to continuously develop and improve value stream throughput including equipment improvements

• Reduced financial discrepancies by monitoring credit card sales and deposits.• Managed shifts of 8 people• Dispatched drivers and worked in shop duties• Completed regular inventory counts to verify stock levels, address discrepancies and forecast future needs.

• Visual Basic Commands to autonomously analyze excel data• Worked on data analysis to produce desired specification results for semiconductor wafer thermal cycle testing

• Constructed, soldered, modified, and assembled Unmanned Aerial Vehicles (UAV) quadcopter• Government Project: Led a team that used UAV's (quadcopter class) to record geographical aerial images and GPS data for Rancho Palos Verdes to aid the city in meeting Federal Emergency Management Agency (FEMA) requirements in case of disaster• Management of intern programs including 3D printing operations and drone classes

• Worked on an aircraft that first implemented the true Prandtl Wing design, which has the potential to achieve significant operational savings• Used a special wing twist/taper to create proverse(yaw in the same direction as roll) yaw• Worked as a team leader to implement the Prandtl twist into a subscale aircraft for the first time in history. Same wing design will be used for first fixed wing aircraft to fly on Mars

• Analyzed CT scans to diagnosis spinal and cardiac diseases• Measured ascending/descending aorta diameter to see calcification results with different medications• Learned to use proprietary software and download information to databases

• Worked on artificial intelligence with a focus on Natural Language Processing (NLP) program that parses unstructured clinicians' notes• Provided more efficient ways of collecting data from dictated physician notes for language parsing• Improved NLP interface allows for a more natural comprehension of the English language• NLP helps to automate parts of the medical process that required tedious hours of work from specially trained people.